Carolina Basement Systems Before & After Photos

This Chapel Hill, NC crawlspace was experiencing exposed soil, falling insulation, and high humidity levels all common signs of moisture intrusion beneath the home. Damp crawlspaces can lead to musty odors, mold growth, wood rot, increased energy bills, and poor air quality throughout the living space above.

Our team transformed the area with a full crawlspace encapsulation system, installing a durable vapor barrier along the ground and walls to seal out moisture. A high-performance dehumidification system was added to actively control humidity and maintain a dry, healthy environment year-round.

The result is a clean, sealed crawlspace designed to protect the home’s structure, improve energy efficiency, and provide long-term peace of mind for the homeowner.

Water seepage into this basement caused mold growth, musty smells, high humidity, and pooling water. These symptoms were harming the health of the home, but we were able to fix it using our patented waterproofing products and solutions.

This Chapel Hill home had clear signs of foundation and moisture issues including rusted steel beams and damp block walls. Our team stepped in to restore both stability and protection. We reinforced the support system and installed a CleanSpace encapsulation system to completely seal the crawl space from moisture and humidity. The transformation not only improved the structure’s health but also created a clean, dry, and energy-efficient environment beneath the home.

This Chapel Hill, NC crawl space was struggling with weak support posts and an aging moisture barrier that no longer protected the home from humidity or shifting soils. The original wooden posts and thin plastic liner were allowing movement in the floors above and contributing to moisture concerns.

Our team installed new, durable SmartJack support posts to permanently stabilize the floors and provide adjustable, long-term strength. 

This Chapel Hill, NC home was showing signs of foundation settlement along the exterior wall, including uneven support and concerns about long-term structural stability. Settlement often occurs when soil beneath the foundation becomes weak or shifts due to moisture changes, erosion, or poor load-bearing capacity. Left unaddressed, these conditions can lead to cracking brickwork, sticking windows or doors, and continued foundation movement.

To permanently stabilize the foundation, our team installed helical piers along the affected areas of the home. These steel piers are mechanically driven deep into stable, load-bearing soil, bypassing weak surface soils. Once secured, the piers transfer the weight of the home to solid ground, providing immediate support and helping prevent further settlement.